Post 5 today - 'The reason for redshift' - paper supporting my space-interaction theory

‘The Reason for Redshift’

written by Wade Heineman 2-25-16

Part of the evidence for expansion of the Universe – is galaxy redshift measurement.  As EM light wavelength elongates, it moves toward the red end of the spectrum.   Using redshift calculations, popular theories have the most distant galaxies – moving away from us at light-year speeds.    But the reason for redshift -can be explained in more than one way.

If space is expanding between us and those distant galaxies (which we can observe by their light) – at light year speed – how did the light ever reach us ?

The light would be losing ground in its travel – to the light-year speed of space expansion.   The light would be essentially ‘pedaling backward’ – and would never reach Earth’s atmosphere.  We would never know those distant galaxies existed.   But we have observed their light.  Some of it has reached us – or at least the Hubble space telescope – which orbits Earth.  So it is not possible that we are observing redshift due to expansion of the universe at light year acceleration.

In any case, redshift observations are likely due (inlarge part) - to the ‘fog-effect of space’ (aggregate effects of gravity, gas, dust, dark energy) – that light waves do actually lose energy – as they travel billions of light years through the medium of space (which really is not empty) – rather than it being dueto expansion of space alone.

Its likely that a light wave dies over distance - just as everything else has an end.  EM light dying into EM microwaves over billions of light years of travel - would explain the CBR (cosmic background radiation) as well.  The CBR is seen as a big part of the evidence for the classic big bang theory – along with the redshift calculations. As light from every distant star dies, the light would fall down the EM spectrum – into the microwave category.  This would explain the constant barrage of microwaves Earth receives from every direction – as stars are distributed quite evenly about Earth - in every direction.  It would also explain why there are no visible galaxies past a certain distance – as their radiation would be arriving in microwave form.  The galaxies in the layerbeyond Hubble Space telescope’s visible horizon – would be producing many of the microwaves detected in the CBR.

Because the EM radiation we receive from the galaxies near this visible horizon – is in transition from light waves – to microwaves – these galaxies appear distorted – as some of the EM light is dropping down into microwave radiation.  A group of scientists in 2010 classified twice as many near galaxies - as spiral – when compared to far galaxies.  This is seen as evidence - that more spiral galaxies have developed – as the universe has developed.   However, its likely that the spiral arms were greatly reduced in visibility as some of the EM light dropped to microwave radiation.   This can be clarified if the James Webb space telescope can be successfully launched.  It is capable of detecting microwave radiation – and could complete the picture of these galaxies nearing the visible horizon.

A light wave dies when it hits an object which absorbs it.  Light waves from the Sun can only travel so far down into an ocean’s depth - as light is converted into heat.  Red light only penetrates the ocean’s surface 5 to 10 meters.  A brilliantly red fish - deeper in the ocean – does not reflect its color–because red light is not present at those depths.  What would that fish look like?a shadow ?  The maximum ocean depth which violet light can reach, the most penetrating in the spectrum – opposite of red, is about 1000 meters.

So it is likely EM light waves are affected minutely when travelling billions of light years through the medium of space – which we know contains gravity, gas, dust, and ‘dark energy’.  Its likely these have an aggregate effect on travelling light waves – which Space Interaction theory calls the ‘fog of space’. 

How could we know the effect of billions of light years of travel – on something as small as a photon of light ? We have nothing to detect this tiny an effect over billions of light years.  Our short history of measuring light from distant places – is too small a sample.  Divide a few hundred Earth-years by 12 billion light years.  Not even a visible dot - on a 2D timeline.

Dr. Robert Wagner has observed light waves simultaneously emitted from a distant supernova – which arrive (measured in seconds) apart.  Possible evidence for variable energy released at the photon  – or -the aggregate effect on light waves travelling through billions of light years of space due to gravity, gas, dust, dark energy, and etcetera – the ‘fog of space’.